• This website includes dozens of videos, hundreds of essays, and thousands of drawings created over the past twenty years. Search to learn more about the history of buildings, places, prisons, Newark, New York City, and my PhD research on spatial inequality.

  • Or scroll down for the latest publications.

Demolishing Public Space at New York Penn Station

What does old Penn Station’s loss reflect about the evolution of public space in New York City?

Written with Evander Price, recent PhD student in American Studies and chronocriticism at Harvard. Thanks also to Adam Brondheim for his insights about historic preservation in NYC.

.

Download this essay as a PDF file

.

 

The old waiting room, [1] once the largest indoor public space in New York City, is now a parking lot. [2]

Demolition crews began hacking away at the limestone walls, stone eagles, and thirty-foot tall Doric columns of old New York Penn Station in October 1963. In a construction industry where architects typically quote projects as lasting eighteen months, the demolition and rebuilding of old Penn Station lasted five years. At its 1910 opening, old Penn Station was the largest and most expensive infrastructure project ever built in New York City. The station’s associated service tunnels stretched 5.5 miles under the Hudson and East River. At 350 feet long and 150 feet high, old Penn Station’s waiting room was the city’s largest internal space. Construction cost $100 million, or $2.7 billion in 2020 adjusted for inflation. By 1963, this was the largest and most expensive structure ever demolished in New York City.[3]
In a 1963 conversation with The New York Times, the developer justified demolition as “putting passengers first” and then clarified: “The outside is the only thing of artistic value as far as I’m concerned. The handling of 200,000 passengers is much more important to me. […] In some areas the land is just too valuable to save anything that doesn’t fully utilize it.”[4] The developer’s aspirations for Penn Station’s replacement, however misguided, were no less monumental in their imagination: to construct a profitable office skyscraper and Manhattan’s largest arena for sporting events and conventions. Office workers and event spectators could move directly from trains to their seats without stepping outside, or engaging with the public space of the city streets.

.

1968 advertisement for the new station [5]

.

“The fact is that the redevelopment of the Pennsylvania Station into a $90 million building complex will transform the area from a static uneconomic burden on the railroad into a viable commercial and recreational center of benefit to the entire West Thirty-fourth Street neighborhood and the public at large.” – Allen J. Greenough, Pennsylvania Railroad President.[6]

.

Architects have long positioned the demolition of monumental old Penn Station as a key moment in the discourse on historical preservation. This was, to quote leading New York City historian Kenneth Jackson, the moment when: “Human beings, myself included, have an unfortunate tendency to appreciate people and things only after they are gone. Pennsylvania Station is the catalyst for the historic preservation movement.”[7] The public realized that even a monument as expensive and permanent as Penn Station could vanish with no mechanism for the public to object. Activists pressured the city government to pass New York’s first ever landmarks preservation law in 1965.[8] Some historians, like Anthony Wood, have posited that the movement toward landmarks preservation began years before Penn Station’s demolition, and that this demolition was not critical in motivating landmarks preservation.[9] Nonetheless, in the following decades, the city protected over 120,000 historic buildings (comprising about 14% of New York City’s built environment).[10]
Less cited and discussed is how Penn Station’s loss parallels a larger late-twentieth-century trend to erode and privatize the commons. The demolition and rebuilding of old Penn Station is a lens to examine the competing tensions of economics vs. aesthetics and private vs. public interests. The demolition and reconstruction of old Penn Station mirrors the larger abandonment of government and corporate responsibility for maintaining and upholding public space.

Read More

.

Although Midtown’s largest building in this c.1911 photo, skyscrapers soon surrounded Penn Station.[11]

.

Excavating Old New York Penn Station

Also published by Viewing NYC in May 2019

.

“Through Penn Station one entered the city like a god. Perhaps it was really too much. One scuttles in now like a rat.”
– Vincent Scully

.

.

View of Penn Station from roof of Macy’s department store c.1910

.

“Human beings, myself included, have an unfortunate tendency to appreciate people and things only after they are gone. Pennsylvania Station is the catalyst for the historic preservation movement.”
– Kenneth Jackson

.

.

The accompanying audio is accurate to what the place sounds like from the locations shown. The audio for old Penn Station is my imaginative reconstruction of how the original station might have sounded like, based on recordings from MoMA. My project was also inspired by this 2015 New York Times article about the subtle influence of sound on how we experience urban space: “Penn Station’s low ceilings suppress sound, which becomes hard to make out, an audible metaphor for its rat’s maze of architecture.”

 

“You feel that your life is being lost in a room where sound dies. We need reverberation.”
– architect Renzo Piano on the design of the current Penn Station

.

.

.

When New York Penn Station opened in 1910, the Pennsylvania Railroad boasted in advertisements that their vast new station was built of travertine marble from the same ancient Italian quarries as the Coliseum and Pantheon. Old Penn Station was rich in the architectural language of Greece and Rome. The façade comprised a colonnade of massive, Doric columns that stretched almost 450-feet end-to-end; it was inspired from temples on the Greek Acropolis. The main waiting room, at 314-feet-long, 109-feet-wide, and 150-feet-high, was modeled on Rome’s Baths of Diocletian. The project was as much an aesthetic gesture to the emerging City Beautiful Movement as it was a political statement: The Pennsylvania Railroad was here to stay, as permanent as the Penn Station it built.
The finished station, however, was an architectural contradiction. The Neoclassical exterior concealed what was, belowground, an extensive and, at-the-time, hyper-modern system of tunnels, electric trains, and communication systems that conveyed millions of people, baggage, and mail from street-level to each of 21 platforms. Aside from the solid stone columns of the main façade, most of the interior was of thin limestone, marble, and plaster sheets mounted on a metal structural frame. The seeming permanence of the stone walls was a cover for the steel frame and modern technology within on which this Neoclassical stage-set rested.

.

.

Just over fifty years later, on October 28, 1963, demolition began. The Pennsylvania Railroad, burdened with debt and aging infrastructure, was selling off its most profitable real estate assets – its land, buildings, and equipment – to stay afloat until it declared bankruptcy by 1970. Through the same two Hudson River tunnels that building materials for the original Penn Station were delivered, some of the same rubble now passed. Much of this rubble was carted off and dumped in the New Jersey Meadowlands adjacent the tracks where commuter trains still pass. The Pennsylvania Railroad used, quite literally, the station’s technology to cannibalize itself, and as the foundations for the new, and current, Penn Station.
Searching for remnants of old Penn Station, I found historic photos from the New York Public Library, Historic American Buildings Survey, and Library of Congress. I returned to the same locations in fall 2019 to re-photograph these images from the identical camera angles. The resulting and visible ghost of the lost Penn Station presents a strong-clear vision of what Penn Station used to be, and by extension, what it could return to, given financial commitment and political will.

.

Train concourse: past and present from the same location

.

The current subterranean warrens represent a clean break from what was here before. As long as Madison Square Garden chokes Penn Station for air and light from above, the current lightless and oppressive Penn Station is here to stay. The current station’s cheap ceilings of corrugated metal, garish electric signage, and exposed concrete floors ironically proved more durable than the Roman marble and limestone of old. The current station is not so fleeting and has, in fact, existed longer on this site than the station before it.
Surprising still is how, for many New Yorkers, it seems inconceivable that the permanent and imposing appearance of the original station could, one day, vanish without a trace. This old station is more dream than reality, and it seems almost impossible to imagine the current arrangement as having anything to do with what came before. So little of the original station – and the pride in civic life and New York City this station stood for – remains visible. Interestingly, more of the original architectural fabric survives belowground than meets the eye aboveground.

.

View from corner of 31st Street and 7th Avenue in 1962 and 2019. The structure is unrecognizable aboveground.

.

.

.

.

32nd Street entrance to waiting room in 1962 and 2019
The southeast corner of the still-standing General Post Office is in both frames, in the far left hand distance.

.

.

.

In the five years that demolition and rebuilding lasted (from 1963 to 1968), Penn Station remained in active service. While builders demolished the old station above, commuters continued to pass by on the platforms and corridors below. For this brief moment, the two buildings lived side-by-side, until the present building swallowed almost all visible traces of the past. In spite of this loss, the confusing floor plan of the current Penn Station has much to do with remaining traces of the original. Column for column and void for void, the current Penn Station is built within the fabric of the original. The old Penn Station, completed 1910, had 21 tracks on 11 platforms. The new Penn Station has 21 tracks on 11 platforms. In the demolition process, not one track or platform moved. In the five-year re-construction process, none of the tracks and platforms were moved, and most of the stairs between concourse and track-level survived. This similarity enables us to situate parts of the old structure in relation to the new.

.

Frame of new Penn Station rises simultaneous to the demolition of the old c.1963-68
Passengers in train concourse as new structural frame divides them from the soon-to-be-demolished glass canopy of the old station.

.

Train concourse before and after insertion of the new structural frame, from the same camera angle

.

.

.

The above cross-section of old Penn Station’s waiting room shows the extent of change. The orange line indicates the elevation at ground-level to which the architectural fabric of the old building was demolished. Above this line, nothing of Penn Station survives. Below this line, most of the original structure, tracks, infrastructure, stairwells, and the general contours of the original rooms survive, except now hidden.
After the Roman Empire collapsed, its architectural monuments to empire and power fell into disuse; many were repurposed for more humble and practical purposes. The Coliseum became a stone quarry, the Roman Senate House a humble church, and the Theatre of Marcellus a medieval fortress. New purposes were developed in the shells of old monuments. When a building is reused and altered but still bears visible traces of its earlier form, architectural historians call this creation a palimpsest. A palimpsest is neither of the present nor of the past; it is a mixture of both. For instance, the two square fountains of the 9/11 Memorial in Lower Manhattan mirror the locations of the now-vanished Twin Towers. For a modern and young city in world terms, Penn Station is New York City’s largest palimpsest.

.

Shopping arcade in 1911 and 2019

.

.

View from 7th Avenue shopping arcade into the waiting room in 1911 and 2019

.

“Cutaway illustrating the principle of adaptive reuse.” Drawing by architectural children’s book illustrator, David Macaulay, proposes to discard the “non- functional” spaces of the medieval cathedral by erecting a Styrofoam drop ceiling just above the floor. Everything above – light, soundscape, and ornament is “superfluous” to the cathedral’s function.

The oppressively low ceilings of the current station are the structural division between the public areas belowground and the now private (formerly public) areas aboveground. These ceilings also align to the border between the infrastructure of the original station that survives and the architectural fabric that was lost.
The Pennsylvania Railroad made the decision that made the most economic sense: to keep the infrastructure beneath and decapitate the “non-functional” aesthetics of the soaring ceilings and open spaces aboveground. This was valuable land that could be put to more profitable use. Into these empty “air rights,” the corporation could insert Penn Station’s new functions of Madison Square Garden and office towers that would, at last, generate additional income. While exploring the station, I discovered this palimpsest valued the practical and made absolute economic sense: Who needs to enter the city on the scale of a titanic-sized god when humans require spaces no higher than 8-feet-high to pass through?

.

A cathedral with a drop ceiling

.

.

The shopping arcade in 1911 and 2019
Statue of Samuel Rea is in the shadows.

.

President Samuel Rea

The nuances of this palimpsest become clearer from inside the building. Passengers entering the old station proceeded down a long shopping arcade to the waiting room and platforms. What was once public space is now the private lobby of the commercial offices aboveground. On the right hand side, in the shadows of the private lobby, stands a statue of Samuel Rea, president of the Pennsylvania Railroad. A century ago, Rea stood at the entrance and welcomed passengers and the public; he now stands and watches the corporate clients and office workers. In old Penn Station, an inscription beneath announced his name and title. In the current location, Rea is out of place and has no relationship with his surroundings; the once prominent inscription is almost invisible on the new tablet behind him.

.

Statue of Samuel Rea is in the left hand niche.
Almost stone for stone, the location of the current waiting room escalator mirrors the location of the original.

.

.

Main entrance to waiting room: The left hand niche contains the statue of Alexander Cassatt, Pennsylvania Railroad president during construction.

.

.

The waiting room, once the largest indoor public space in New York City, is now a parking lot.

.

From the street-level arcade, passengers descended into the cavernous waiting room, sunken a few feet belowground. While the room itself is gone, the contours of this room survive in the general footprint of the sunken parking lot that now occupies the site. What was once public space is now private and patrolled by Madison Square Garden security guards who forbade me from standing at this location with my camera.

.

Perhaps, beneath this asphalt parking lot, fragments of the original waiting room floor remain.

.

.

Train Concourse

.

.

Train concourse, past and present.
White cutouts on the drop ceiling mirror the former locations of the demolished skylights.

.

.

.

.

.

.

This part of the train concourse is now the VIP entrance for spectators at Madison Square Garden.

.

The design problems with the current Penn Station are similar to those of old Penn Station: too few tracks, too many passengers, confusing circulation, and outdated infrastructure. After all, it is not the engineering and infrastructure that set these two buildings apart, as brick-for-brick and beam-for-beam, the 1960s rebuilding did not generally alter the areas belowground. This early-twentieth-century infrastructure was, after all, designed to handle no more than 200,000 passengers-per-day, and yet now struggles under the burden of 650,000-per-day. Instead, it is the envelope around this infrastructure that was rebuilt in the 1960s, and whose loss the public and historians now mourn.

.

.

At track-level, the railroad ties, location of the third rail, and support columns are original to 1910. The columns in the foreground were added in the 1960s to support the weight of Madison Square Garden. The columns in the distance are original to 1910. The 1960s modernist buildings above conceal below what is, in essence, early-twentieth-century infrastructure.

.

View from Track Six

.

Generations of New Yorkers hoped Penn Station would one day be restored with an architectural monument befitting New York City and the Western hemisphere’s busiest train station. In addition to rebuilding the General Post Office next door, other proposals over the years have called for rebuilding Penn Station exactly as it appeared before, or imagining a futuristic Penn Station emerging from the structural shell of the current Madison Square Garden, entitled “Penn Station Palimpsest.” Precedent exists for both proposals. Some post World War II cities rebuilt their monuments and bombed out city centers as they appeared before (such as Dresden and Warsaw), while others incorporated the rubble of the lost buildings into a modern building (such as Coventry Cathedral in England and Kaiser Wilhelm Memorial Church in Berlin). What we miss about old Penn Station was not the infrastructure, operations, or even the building itself, but rather the way this architecture made us feel dignified, and which we feel no longer.

24 Hours in the London Underground

Audio effect: Heartbeat from Freesound

.

Through analyzing 25,440 data points collected from 265 stations, this animation visualizes commuting patterns in the London Underground over two weeks in 2010.
Each colored dot is one underground station. The dots pulsate larger and smaller in mathematical proportion to the number of riders passing through. Big dots for busy stations. Small dots for less busy stations.
Dot color represents the lines serving each station. White dots are for stations where three or more lines intersect. Each dot pulsates twice in a day: Once during the morning commute; and again during the evening commute.
By syncing the audio volume with the density of riders and the background color with the time of day, the animation becomes acoustically legible. The audio volume rises and falls to mirror the growth and contraction of each colored dot during the daily commute.

.

.

The rhythmic pulsing of commuters is analogous to the breathing human body. The passage of red blood cells from the lungs to the organs is analogous to the movement of people to and from the city’s own heart: the downtown commercial district. This analogy of human form to city plan is a longstanding theme in urban studies.
See my film about commuting patterns in the NYC subway.

.

The Data

.

.

Method

No single data set could capture the complexity of a metropolis like London. This animation is based off of open-access data collected in November 2010. According to Transport for London: “Passenger counts collect information about passenger numbers entering and exiting London Underground stations, largely based on the Underground ticketing system gate data.” Excluding London Overground, the Docklands Light Railways, National Rail, and other transport providers, there are 265 London Underground stations surveyed. For data collection purposes, stations where two or more lines intersect are counted as a single data entry. This is to avoid double-counting a single passenger who is just transferring trains in one station en route to their final destination.

Every fifteen minutes, the numbers of passengers entering the system are tallied. This yields 96 time intervals per day (4 x 24). Multiplying the number of time intervals (96) by the number of stations (265), we get the number of data points represented in this animation: 25,440. Each station was assigned:

  • A location on the map of latitude and longitude
  • A color according to the lines extant in 2010: Bakerloo, Central, Circle, District, Hammersmith & City, Jubilee, Metropolitan, Northern, Piccadilly, Victoria, Waterloo & City.
  • A circle scaled to reflect the number of passengers moving through. Stations range in business from a few hundred passengers to over 100,000 per day.
  • A time of day: each 15-minute interval becomes one image in this film. Overlaying these 96 “snapshots” of commuter movement creates  a time-lapse animation. Thus, a single day with 25,440 data points is compressed into a mere 8 seconds.

Sources

Station Coordinates: Chris Bell. “London Stations.” doogal.co.uk (link)
Ridership Statistics: Transport for London. “Our Open Data.” (link)
Click on the section “Network Statistics” to view “London Underground passenger counts data.”

.

Powered by TfL Open Data. Contains OS data© Crown copyright and database rights 2016.

Railroad commuting patterns in New Jersey

View my data visualizations of New Jersey’s suburban growth here.
Created with data from NJ Transit on weekday and weekend rail ridership.
Or download my data from Tableau Public.
NJ Transit carries over 90,000 commuters per day to and from New York Penn Station, the busiest rail station in the Western Hemisphere. The construction of this rail network in the nineteenth and early twentieth centuries was focused around New York City. Like spokes on a wheel, these rail lines radiate from the urban center.
Hover over stations to view statistics. Dot color corresponds to train line. White dots are for stations where multiple lines intersect. Dot size corresponds to number of riders per day: Large dots for busy stations and small dots for less busy stations. For each station, the average number of daily riders is listed.

.

.

The map above shows weekday ridership patterns. Movement is centered around the employment hubs of Newark and New York Penn Station. The next two busiest stations are Secaucus Junction and Hoboken, but these two stations are not destinations. Instead, they are transfer points for commuters en route to New York City. Commuters collected from stations on the Pascack Valley, Bergen County, and Main Line are almost all headed to New York City, but they must transfer at Secaucus (to another NJT train) or at Hoboken (to PATH / Hudson River ferries).

.

.

This map shows Sunday ridership. On average, stations are 66% to 75% less busy on weekends. The thirteen stations along the Montclair-Boonton Line – between Bay Street and Denville – are also closed on weekends because ridership is so low. However, the only line that is almost as busy on weekends as it is on weekdays is the Atlantic City Line. This is likely because trains on this line serve weekend tourists to the New Jersey Shore and Atlantic City casinos.

.

.

Notice the large difference between the first four stations and all others listed. Keep in mind that a lot of this data double-counts a single passenger. For instance, someone riding from their home to work will be counted once in the morning, and again in the evening.

.

Writing Here Is New York in 1949, American writer E.B. White has this to say about suburban commuters:

.

“The commuter is the queerest bird of all. The suburb he inhabits […] is a mere roost where he comes at day’s end to go to sleep. Except in rare cases, the man who lives in Mamaroneck or Little New or Teaneck, and works in New York, discovers nothing much about the city except the time of arrival and departure of trains and buses, and the path to a quick lunch. […] About 400,000 men and women come charging onto the Island each week-day morning, out of the mouths of tubes and tunnels. […] The commuter dies with tremendous mileage to his credit, but he is no rover. […] The Long Island Rail Road alone carried forty million commuters last year, but many of them were the same fellow retracing his steps.” (p.18-21)

Northeast Corridor railroad time-lapse

Audio effects from Freesound; music is Metamorphosis by Philip Glass

.

The Northeast Corridor is the busiest passenger railroad in North America. This drone flight follows a high-speed Acela train making this 456 mile journey from Washington D.C. to Boston via Baltimore, Wilmington, Philadelphia, Trenton, Newark, New York City, Stamford, New Haven, and Providence.
This animation was created from Google Earth satellite imagery. I traced the Northeast Corridor route onto the ground, and I then programmed the computer to follow this route. I then added the inset map, sound effects, and clock in post-production.
The above animation is condensed. View the full and uncut 28 minute flight here.

New York City Subway Ridership

Created with data from the MTA.
Published by Gothamist on 22 January 2019.
Related: my data visualization of London Underground commuting patterns.

.

The visual language of data addresses a deeper need to humanize and soften the concrete jungle.

.

Sounds of breathingheartbeat, and subway from Freesound

.

In this animation based on subway ridership statistics by station:
● Dots are color-coded according to the subway lines they serve.
● White dots are for junctions between two or more lines of different color.
● Dot size corresponds to the number of riders entering each station within a 24 hour period.
● Larger dots are for busier stations. Smaller dots are for less busy stations.
Movements through the New York City subway are analogous to rhythmic breathing.
People often describe cities in relation to the human body. Major roads are called “arteries” in reference to blood flow. The sewers are the city’s “bowels” in reference to our own digestive systems. Central Park is the city’s “lungs.” At various times in history, key industries like garments and finance were described as the “backbone” of New York’s economy. Although cities are complex organisms, wordplay makes the giant metropolis somehow more human and familiar.
The 424 subway stations and 665 miles of track are analogous to the human circulatory system. Every weekday pre-coronavirus, the subway carried 5.4 million people, mostly commuters. This daily commute is ordered, structured, and rhythmic – as Manhattan’s population swells during the daily commute and then contracts by night. Each passenger symbolizes the movement of a single red blood cell. With each paycheck, the oxygen of capitalism flows from the heart of Manhattan to the cellular homes in the outer boroughs.
Commuting patterns mirror the rhythmic expansion and contraction of the human body while breathing. By contrasting weekday and weekend ridership patterns, we detect the city’s respiratory system.

.

.

Interactive Map

.

Research Method

In this video lecture, I walk you through how I manipulated MTA and NYC open data
to create this animation.

.

The Metropolitan Transit Authority (MTA) publishes statistics on weekday and weekend (Saturday + Sunday) ridership for all 424 stations. These statistics, updated yearly, are public and can be analyzed to track trends in urban growth. I downloaded the MTA data and assigned each station a geographical coordinate (latitude + longitude) so that the data points would appear at their corresponding map locations.

I have a love-hate relationship with the New York City subway. At rush hour, it is crowded, hot, and slow. From years of riding its squeaky trains, it’s given me a ringing tinnitus sound in my ear. Despite its flaws, the subway is one of the few urban spaces where all social classes and ethnicities mix, where their separate lives are momentarily shared. Rich or poor, everyone rides the subway. I hope this animation renews appreciation for this engineering and the people behind it.

.

Sources